Digital Interconnects

Smaller and more flexible than Reference Digital Link, Transparent Premium 110-Ohm Digital Link provides amazingly precise and dependable digital transmission. It shares many technical features with Reference 110-Ohm Digital Link including Teflon dielectric, OFHC solid center conductor, precision twisted balanced conductors, and custom XLRs with gold contacts.

Smaller and more flexible than Reference Digital Link, Transparent Premium 75-Ohm Digital Link provides amazingly precise and dependable digital transmission. It shares many technical features with Reference Digital Link including Teflon dielectric, OFHC solid center conductor, and custom RCAs or scientific grade BNCs with gold contacts.

Transparent Premium USB Cable brings unparalleled accuracy to the connection between a computer and a USB Audio DAC (Digital-to-Analog Converter). PRUSB accurately transfers the full richness and dynamic range of the music stored on your computer or media server. Four shields provide superior protection from external noise interference and internal noise interference from computer power supplies.

Since 1997, Transparent's Reference Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals. 

Since 1997, Transparent's Reference Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals. 

Since 1997 Transparent's Reference Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals. 

Since 1997, Transparent's Reference Digital Cables have set the standard for ultimate digital signal transmission, but Transparent has a strong commitment to continue to push the parameters of the current state of the art. Dielectric materials and extrusion techniques, conductor size and composition, impedance matching, shielding, and connector technology all affect noise and jitter in high-speed digital signals.